Apollo 2 is Apptronik’s next-generation humanoid platform. Its documented modular mobility includes bipedal and wheeled configurations. Apptronik identifies Artemis as its coordination layer and Fleet Connect as its fleet operations layer. These are manufacturer descriptions; independent performance and deployment evidence remain separate.[1]
This record describes Apollo 2. Last reviewed 2026-10-04. Compare specifications.
Artificial intelligence
Intended applications
Manufacturing.[1]
Specifications
Manufacturer-published figures are claims unless supported by independent verification. Units are converted from stored canonical measurements; conversions do not change the evidence status.
| Specification | Value | Evidence | Source date | Verified/reviewed |
|---|---|---|---|---|
| Height | Not publicly disclosed | No indexed evidence | Not stated | — |
| Weight | Not publicly disclosed | No indexed evidence | Not stated | — |
| Payload | Not publicly disclosed | No indexed evidence | Not stated | — |
| Runtime | Not publicly disclosed | No indexed evidence | Not stated | — |
| Walking speed | Not publicly disclosed | No indexed evidence | Not stated | — |
| Running speed | Not publicly disclosed | No indexed evidence | Not stated | — |
| Degrees of freedom | Not publicly disclosed | No indexed evidence | Not stated | — |
| Hand design | Not publicly disclosed | No indexed evidence | Not stated | — |
| Hand DOF | Not publicly disclosed | No indexed evidence | Not stated | — |
| Fingers | Not publicly disclosed | No indexed evidence | Not stated | — |
| Actuators | Not publicly disclosed | No indexed evidence | Not stated | — |
| Processor | Not publicly disclosed | No indexed evidence | Not stated | — |
| AI platform | Not publicly disclosed | No indexed evidence | Not stated | — |
| Operating system | Not publicly disclosed | No indexed evidence | Not stated | — |
| Sensors | Not publicly disclosed | No indexed evidence | Not stated | — |
| Cameras | Not publicly disclosed | No indexed evidence | Not stated | — |
| Battery capacity | Not publicly disclosed | No indexed evidence | Not stated | — |
| Charging time | Not publicly disclosed | No indexed evidence | Not stated | — |
| Connectivity | Not publicly disclosed | No indexed evidence | Not stated | — |
| Price | Not publicly disclosed | No indexed evidence | Not stated | — |
| Maximum arm load | Not publicly disclosed | No indexed evidence | Not stated | — |
| Depth sensors | Not publicly disclosed | No indexed evidence | Not stated | — |
| LiDAR | Not publicly disclosed | No indexed evidence | Not stated | — |
| Force sensors | Not publicly disclosed | No indexed evidence | Not stated | — |
| Tactile sensors | Not publicly disclosed | No indexed evidence | Not stated | — |
| Microphones | Not publicly disclosed | No indexed evidence | Not stated | — |
| Teleoperation | Not publicly disclosed | No indexed evidence | Not stated | — |
| Autonomous operation | Not publicly disclosed | No indexed evidence | Not stated | — |
Generations and revisions
See also
References
- Apptronik Apollo 2 platformApptronik · Manufacturer · Publication date not stated · Accessed 2026-10-04↑ Return to article
- Apptronik Demonstrates Apollo at IMTSApptronik · Manufacturer · Publication date not stated · Accessed 2026-10-03↑ Return to article
- Apptronik unveils ApolloApptronik · Manufacturer · Published 2023-08-23 · Accessed 2026-10-04↑ Return to article